10AT115U3F45E2SGE2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 10AT115U3F45E2SGE2 is classified as an embedded – FPGA (Field Programmable Gate Array); a type of reconfigurable logic device. It is designed as an integrated circuit that can be programmed by the user and has the ability to adapt its functionality depending on the circumstances of its use. This type of technology offers flexibility, allowing users to gather data and control functionality in a requirement-specific manner.

The main purpose of this device is to provide a platform which enables users to quickly deploy customised programs, to suit specific requirements. It is suited to a variety of applications, including consumer electronics, industrial control, high-density logic and communication systems.

The 10AT115U3F45E2SGE2 is an FPGA family member of the Atmel AVR5 and offers features such as a comprehensive range of integrated peripherals, on-chip memories, low power consumption and self-programmable capability.

The onboard processor, the AVR5 8-bit RISC processor, is based on the 5-stage pipelined Harvard architecture including 16 32-bit registers which are directly connected to the Arithmetic Logic Unit (ALU). The system clock runs at 20MHz, with 128 -Bytes of SRAM and 256K Flash memory. With an embedded Ethernet PHY, it provides support for 10/100Mbit/s Ethernet.

The 10AT115U3F45E2SGE2 FPGA is suitable for demanding real-time applications and offers various on-chip peripherals such as dual-channel 12-bit ADC, 4-channel 12-bit DAC, RTC and 10-bit PWM for motor control.

The device also includes an integrated DMA controller, 2x UARTs, I²C, SPI and 2x I²S. It also provides reconfigurable logic with hardware-based block addressable FPGA interface, which enables 532Kbits of embedded SRAM.

Application of the 10AT115U3F45E2SGE2 FPGA include industrial, medical, and automotive applications, where the features of the device can be used to reduce cost, power and design cycle time.

To program the FPGA, the user needs to create a design using the Atmel Studio. The design is compiled using the Atmel Studio 7 and EVAL Studio environment, including the Atmel FPGA configuration tools. Once the design is compiled, the programming interface is used to transfer the design from the PC to the FPGA.

The device is also capable of self-programming, whereby new functionalities can be added and existing ones modified. This is enabled by an internal bus and the support for Atmel Serial Flash, which provides persistent storage for the current configuration.

The 10AT115U3F45E2SGE2 FPGA also includes Atmel’s Active Gate Recovery (AGR) feature. This ensures that the configuration is automatically restored after a short power-outage and helps to avoid the need for manual reset.

The 10AT115U3F45E2SGE2 is an incredibly advanced and flexible FPGA, tailored to meet the needs of the constantly changing world of embedded logic. It offers advanced features, such as Ethernet support, configurable logic and low power consumption, as well as the power to quickly and easily program and reprogram the FPGA without the need for manual intervention.

The specific data is subject to PDF, and the above content is for reference